2014 SEAT Leon 1.2L Petrol · DA64 AEV

A recurring pattern of consumable wear and a notable historical failure define the mechanical compliance record of this SEAT Leon, which most recently secured an unconditional pass on November 24, 2025. While recent tests show a stabilisation in roadworthiness with clean passes recorded in late 2023 and 2025, the vehicle's history reveals a persistent tendency to run friction materials and tyres down to their limit. This is evidenced by multiple recurring advisories for thinning rear and front brake pads spanning several consecutive years, alongside a October 2021 test where the car accumulated a dangerous failure for an offside front tyre with exposed cords alongside multiple tyres worn near the legal limit. Accumulating 72,230 miles over its twelve-year lifespan yields an average of roughly 6,019 miles per annum, representing a entirely typical usage rate for this vehicle class. This moderate mileage accrual shows no evidence of extended periods of storage or erratic mileage spikes between annual tests. Mechanically, this consistent yearly distance means that components have experienced steady, proportional wear rather than the accelerated deterioration associated with high-mileage fleet use or the seized linkages sometimes found on vehicles left standing idle for long intervals. Specific mechanical inspection on a test drive must focus squarely on the vehicle's braking system and front suspension components, given their recurrent appearance in the MOT data. Listen closely for any scraping, squealing, or grinding noises from the rear axle, which would indicate that the rear brake pads noted as wearing thin in 2021, 2022, and 2024 have finally worn through to the backing metal. Test the brake pedal feel for any sponginess or excessive travel, and check that the car pulls up squarely without veering to one side. Pay attention to the offside front suspension corner, where a light misting of oil was previously noted on the shock absorber in 2022, and examine the front tyres for uneven shoulder wear given the vehicle's historical tendency toward edge-wear on its rubber. Drive the car over rough road surfaces, speed bumps, and uneven patches to listen for knocking or clunking noises from the front end, which would point to degraded dampers, top mounts, or suspension bushes requiring replacement. Verifying the condition of these previously flagged areas will ensure the ongoing roadworthiness of the chassis and braking systems.